Table 2-1. Lens Shades for Welding and Cutting
Table 2-2. Required Exhaust Ventilation
Table 3-1. Designation of Welding Process by Letters
Table 3-2. Designation of Cutting Processes by Letters
Table 4-1. Welds Applicable to the Basic Joint Combinations
Table 5-1. Low Pressure or Injector Type Torch
Table 5-2. Balanced Pressure Type Torch
Table 5-3. Oxyacetylene Cutting Information
Table 6-1. Preheating Temperatures
Table 7-1. Physical Properties of Metals
Table 7-2. Mechanical Properties of Metals
Table 7-3. Hardness Conversion Table
Table 7-4. Summary of Identification Tests of Metals
Table 7-5. Summary of Spark Test
Table 7-6. Approximate Hardness of Steel by the File Test
Table 7-7. Carbon Content of Cast Iron and Steel
Table 7-8. Standard Steel and Steel Alloy Number Designations
Table 7-9. AISI-SAE Numerical Designation of Carbon and Alloy Steels
Table 7-10. Standard Aluminum and Aluminum Alloy Number Designations
Table 7-11. Letters Used to Identify Alloying Elements in Magnesium Alloys
Table 7-12. Composition of Magnesium Alloys
Table 7-13. Copper and Copper Alloy Designation System
Table 7-15. Electrodes in the Army Supply System
Table 7-16. Suggested Preheat Temperatures
Table 7-17. Maximum Heat Inputs for T1 Steel
Table 7-18. Maximum Heat Inputs for T1 Type A and Type B Steels
Table 7-19. Welding Processes and Filler Metals for Cast Iron
Table 7-20. Designation of Aluminum Alloy Groups
Table 7-21. Welding Procedure Schedules for Gas Metal-Arc Welding (GMAW) of Aluminum (MIG Welding)
Table 7-22. Welding Procedure Schedules for AC-GTAW Welding of Aluminum (TIG Welding)
Table 7-23. Welding Procedure Schedules for DC-GTAW Welding of Aluminum (TIG) Welding
Table 7-24. Magnesium Weld Data
Table 7-25. Magnesium Stress Relief Data
Table 7-27. Welding Procedure Schedules for Gas Metal Arc Welding (GMAW) of Magnesium (MIG Welding)
Table 7-28. Welding Procedure Schedule for Metal-Arc Welding (GMAW) of Titanium (MIG Welding)
Table 7-30. Welding Procedure Schedules for Gas Metal Arc Welding (GMAW) Nickel Alloys (MIG Welding)
Table 8-1. Mild Steel Electrode Wire Composition for Submerged Arc Welding
Table 8-2. A.W.S. Filter Metal Specification and Welding Processes
Table 10-1. Established Voltage Limits
Table 10-2. Welding Position Capabilities
Table 10-3. Base Metals Weldable by the Plasma Arc Process
Table 10-4. Base Metal Thickness Range
Table 10-5. Weld Procedure Schedule - Plasma Arc Welding - Manual Application
Table 10-6. Method of Applying Carbon Arc Processes
Table 10-7. Welding Position Capabilities
Table 10-8. Welding Procedure Schedule - Galvanized Steel - Braze Welding
Table 10-9. Welding Procedure Schedule for Carbon Arc Welding Copper
Table 10-10. Welding Current for Carbon Electrode Types
Table 10-11. Welding current for carbon electrode (twin torch)
Table 10-12. Mechanical Property Requirements of Carbon Steel Flux-Cored Electrodes
Table 10-13. Performance and Usability Characteristics of Carbon Steel Flux Cored Electrodes
Table 10-14. Chemical Composition Requirements of Carbon Steel Flux Cored Electrodes
Table 10-15. Mechanical Property Requirement of Low Alloy Flux-Cored Electrodes
Table 10-16. Impact Requirement for Low Alloy Flux-Cored Electrodes
Table 10-17. Chemical Composition Requirements for Low Alloy Flux-Cored Electrodes
Table 10-18. Weld Metal Chemical Composition Requirements for Stainless Steel Electrodes
Table 10-20. Recommended Cable Sizes for Different Welding Currents and Cable Lengths
Table 10-21. Base Metals Weldable by the Submerged Arc Process
Table 10-22. Base Metal Thickness Range
Table 10-23. Welding Procedure Schedules for SAW
Table 10-24. Typical Analysis and Mechanical Properties of Submerged Arc Flux-Wire Combinations
Table 10-25. Electrode Type - Size and Current Range
Table 10-26. Air Carbon Arc Gouging Procedure Schedule
Table 10-27. Base Metals Weldable by the Resistance Welding Process
Table 11-1. Low Pressure of Injector Type Torch
Table 11-2. Balanced Pressure Type Torch
Table 11-3. Heating Values of Fuel Gases
Table 11-4. Oxy-Fuel Ratios Control Flame Condition
Table 11-5. Approximate Conditions for Gas Welding of Aluminum
Table 12-1. Recommended Welding Currents
Table 12-2. Mechanical Properties of Sprayed Coatings
Table 12-3. Minimum Thickness of As-Sprayed Coatings on Shafts
Table 12-4. Shrinkage of Commonly Applied Sprayed Coatings
Table 12-5. Welding Procedure Schedule for Oxyfuel Gas Cutting
Table 12-6. Template Pattern Data
Table 12-7. Common Heat Treating Problems
Table 12-8. Time Required in Case Hardening
Table 12-9. Approximate Reheating Temperatures after Carburizing of SAE Steel
Table 12-10. Magnesium Spot Weld Data
Table 12-11. Commercially Pure Titanium Spot Weld Data
Table B-1. Guide for Welding Automotive Equipment
Table B-2. Guide for Oxyacetylene Welding
Table B-3. Guide for Electric Arc Welding
Table D-1. Common Welding Equipment by Commercial and Government Entity Code (CAGEC)
Table D-4. Overlay, Welding and Cutting, Chamfering, and Heating Electrodes
Table D-7. Soldering Materials
Table D-8. Fluxes, Welding, Brazing, and Soldering
Table D-9. Carbon Blocks, Rods, and Paste
Table E-1. Temperature Ranges for Processing Metals
Table E-2. Combustion Constants of Fuel Gases
Table E-3. Melting Points of Metals and Alloys
Table E-4. Temper Colors and Temperatures
Table E-5. Heat Colors with Approximate Temperature
Table E-6. Stub Steel Wire Gauges
Table E-7. Standard Gauge Abbreviations
Table E-8. Metal Gauge Comparisons
Table E-10. Elements and Related Chemical Symbols
Table E-11. Decimal Equivalents of Fractions of an Inch
Table E-12. Inches and Equivalents in Millimeter (1/64 Inch to 100 Inches)
